| V. Issarny and J. P. Banatre. Architecture-based exception handling. In Proceedings of the 34th Annual Hawaii International Conference on System Sciences. IEEE, 2001. |
.... in order to build dependable software systems assembled from untrustworthy components[8] Fault tolerance at the architectural level is a young research area that has recently gained considerable attention[7] Most of existing works in this area emphasize the creation of fault tolerance mechanisms[9, 11] and description of software architectures with respect to their dependability properties [12, 14] The work of Guerra et al.[6] presents a structuring concept for the incorporation of an exception handling mechanism in component based systems, at the architectural level. This notion is based on ....
V. Issarny and J. P. Banatre. Architecture-based exception handling. In Proceedings of the 34th Annual Hawaii International Conference on System Sciences. IEEE, 2001.
.... [6, 9] Research into describing software architectures with respect to their dependability properties has gained attention recently [17,20,21] Nonetheless, rigorous specification of exception handling models and of exception propagation at the architecture level remains an open issue [11]. Particularly related to the architectural approach presented in this paper, there has been work on exception handling and software fault tolerance. The work on exception handling has focused on configuration exceptions, which are exceptional events that have to be handled at the configuration ....
....to the architectural approach presented in this paper, there has been work on exception handling and software fault tolerance. The work on exception handling has focused on configuration exceptions, which are exceptional events that have to be handled at the configuration level of architectures [11]. In terms of software fault tolerance, the principles used for obtaining software diversity have also been employed in the reliable evolution of software systems, specifically, the upgrading of software components. While the core idea of the Hercules framework [8] is derived from concepts ....
V. Issarny, and J.-P. Banatre. Architecture-based exception handling. In Proceedings of the 34th Annual Hawaii International Conference on System Sciences (HICSS'34). IEEE, 2001.
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V. Issarny and J-P. Banatre. Architecture-based exception handling. In Proceedings of the Thirty Fourth Hawaii International Conference on System Sciences, 2001.
....As previously raised, it is necessary to complement fault tolerance support provided by the underlying middleware architecture, with support for software fault tolerance so as to enable application specific fault tolerance. We have thus proposed a solution to architecture based exception handling [2], which complements exception handling implemented within components and connectors. Our solution lies in: i) extending the ADL so as to enable the specification of required changes to the architecture in the presence of failures, and (ii) associated runtime support for enabling resulting dynamic ....
Issarny, V. and Bantre J-P. Architecture-based Exception Handling. Proc. of HICSS'34. 2001.
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